| Modul M2025: Finite element modeling of structures | ||||||
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| Lehrveranstaltungen | ||||||
| Titel | Typ |
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| Finite element modeling of structures (L3046) Finite element modeling of structures (L3047) |
Vorlesung Gruppenübung |
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| Modulverantwortlicher | Prof. Bastian Oesterle | |||||
| Sprachen | EN | |||||
| Zeitraum | WiSe | |||||
| Zulassungsvoraussetzungen | None | |||||
| Empfohlene Vorkenntnisse | Finite Element Methods, Thin-walled structures | |||||
| Arbeitsaufwand in Stunden | Eigenstudium 124, Präsenzstudium 56 | |||||
| Leistungspunkte | 6 | |||||
| Studienleistung | Keine | |||||
| Prüfung | Schriftliche Ausarbeitung | |||||
| Prüfungsdauer und -umfang | Projektarbeit (10-15 Seiten) | |||||
| Modulziele/ angestrebte Lernergebnisse | After successful participation, students have achieved the following learning outcomes | |||||
| Inhalt |
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| Fachkompetenz | Wissen | After successfully completing this module, students can explain the fundamental aspects of finite element modeling of structures. | ||||
| Fertigkeiten | After successfully completing this module, students are able to model structures with finite elements and analyse them with appropriate numerical methods. | |||||
| Personale Kompetenzen | Sozialkompetenz | Students can
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| Selbstständigkeit | Students are able to gain knowledge of the subject area from given and other sources and apply it to new problems. Furthermore, they are able to structure the solution process for problems in the area of finite element modeling of structures. | |||||
| Literatur |
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| Zuordnung zu folgenden Curricula | ||||||